1.41. A mass m is dropped from a small height above the surface of Earth at...

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1.41. A mass m is dropped from a small height above the surface of Earth at a north latitude ofUT air resistance is proportional to the velocity, with the constant of proportionally being k. The time S ell of the mass is fo. Show that when the mass strikes the ground the deviation that results as compared to the nonrotating Earth is gw Cos A AD = | 4m We may assume that the translational acceleration of Earth is negligible and terms of the order oE k are neglected. 1.41. A mass m is dropped from a small height above the surface of Earth at a north latitude ofUT air resistance is proportional to the velocity, with the constant of proportionally being k. The time S ell of the mass is fo. Show that when the mass strikes the ground the deviation that results as compared to the nonrotating Earth is gw Cos A AD = | 4m We may assume that the translational acceleration of Earth is negligible and terms of the order oE k are neglected.